Description:
Cryogenic Storage Systems (LN2) & Containers, Gloves
The HP Series are vesselsdesigned for high pressure use and for gas and liquid withdrawal..
Liquefied or gaseous nitrogen, oxygen, argon, carbon dioxide, nitrous oxide
XL-50HP
XL-65HP
These high pressure units are equipped with automatic

Description:
of a compressor-driven pulse tube cryocooler, which was integrated with a heat exchanger to liquefy gaseous nitrogen and autonomously fill and maintain a predetermined level of liquidnitrogen in a laboratory-size insulated container. Continuous liquid level monitoring with the C-T probe enabled the level

Description:
Designed for long-term storage and easy sample retrieval
5 sizes available
Priced right for your budget
Safely store samples up to 7 months without replenishing liquidnitrogen
Each vessel includes six canisters
24-Month Warranty, 5-Year Vacuum Warranty
Each Bio-Cane is specified by its

Description:
structure. The ice sheets were formed by prolonged application of vaporized liquidnitrogen. Temperatures, loads, and displacements were measured with thermistors, strain gages, and a linear variable differential transformer (LVDT), respectively. The test results indicate a relationship between ice

Description:
is shatter resistant even when exposed to liquidnitrogen and is flexible enough to fit into many small containers to scrape or collect samples. The hollow core reduces heat and cold transfer. Can be used with dilute acids and bases. <b>Autoclavable.</b>

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he Model 021 LN2 Transfer System allows you to transfer liquidnitrogen or liquid argon from a non-pressurized storage Dewar into smaller containers as needed in laboratory experiments. The system was specifically developed for conveniently filling Dewars for gas adsorption instruments but also can

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sealing system allows for secure sealing. The caps accept color inserts for lot coding; side marking allows additional product identification. WARNING: Do not use cryogenic containers for storage directly into the liquid phase of liquidnitrogen; use in gas phase only. Always use appropriate safety

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Pressure regulators for cryogenic gases and liquids as well as other liquids, gases and vapors.
Industrial gases, such as argon, nitrogen and oxygen, are stored in liquified condition at extremely low temperatures and at a constant pressure in thermally insulated containers. Suitable pipelines

Description:
Pressure regulators for cryogenic gases and liquids as well as other liquids, gases and vapors.
Industrial gases, such as argon, nitrogen and oxygen, are stored in liquified condition at extremely low temperatures and at a constant pressure in thermally insulated containers. Suitable pipelines

Description:
. Start with Ocean Forest and watch your plants come alive! Garden tip: Perfect for containers and ready to use right out of the bag. Ocean Forest is pH adjusted at 6.3 to 6.8 to allow for optimum fertilizer uptake. There's no need for nitrogen fertilizers at first; instead try an organic blend

Description:
Grow Big 5-2-1 in the gallon container is perfect for the person who gets great results and now wants to save money and plastic. Most people use it to refill the 32 ounce bottle with the hose-end sprayer, that's the easiest most efficient way to green up your yard and help your gardens grow big

Description:
Direction of scan in both the horizontal and veritcal axis is user programmable on a global basis, as is the pixel readout speed
SpectraCAM84 is available in two configurations for imager containment:
The Purged SpectraCAM is commonly used in applications where argon or nitrogen gas is readily

Linde North America, Inc.New way to control freeze drying processes
with the so-called ice fog technique. The ice fog is formed by combining cold nitrogen (produced from liquefied sterile-filtered nitrogen gas) and hot steam in a mixing device. When it is introduced into containers with product to be freeze dried, the ice fog crystals cause a rapid and uniform nucleation of the product. Key to the process is generating a sufficient amount of ice fog to fill the chamber. This was achieved by implementing a proprietary mixing assembly, which provides an efficient mechanism...
(read more)Browse Industrial Gases Datasheets for Linde North America, Inc.

technologies to minimize operator intervention and contamination risk in the filling and packaging of liquid parenteral drugs. One of these technologies is form-fill-seal (FFS), in which a polymeric material is formed and sealed inline to a container of choice, while the container is being filled. FFS offers

According to our knowledge, the systematic
and regular cleaning of containers and sam-
ples in liquid nitrogen containers is not part
of routine in any embryology laboratory, and
it seems to be technically very demanding,
maybe even impossible.

Figure 5: General view of the cryostat of the IR spectrometer: 1 – liquid nitrogen container ; 2 – main frame; 3 – the top part
of the cryostat cabinet, and 4 – the bottom part of the cryostat cabinet .

Until about 20 years ago, bacterial and viral contamination of
samples was recognized, but the dangers associated with contaminated liquid nitro-
gen containers and even liquid nitrogen itself, were largely dismissed as unimportant.

By allowing both the specimen and knife liquid nitrogen containers to
continuously but gently overflow, the cryo-chamber was always filled with nitrogen
vapour thereby reducing the amount of air in the chamber.